The Ethanol Testing Kit by REV X is an economical and easy-to-use tool to verify the percentage of Ethanol Alcohol in gasoline. Over 95% of the Gasoline sold to the general public contains up to 20% of Ethanol Alcohol. Therefore, the only way to truly protect your investment is to know if ethanol alcohol is present in the gasoline you are purchasing and, if so, at what percentage. The REV X Super Tester provides the average person with an economic tool to measure and test fuel for proper ethanol levels.
Ethanol, like all alcohol, is very corrosive and hygroscopic (attracts and absorbs water from the air and its surrounding). High amounts of this highly corrosive mixture of water and ethanol will corrode all fuel system components not designed for it. Besides the corrosive nature, the increase in water will begin to rust out the top of gas tanks, including in warm-weather climates that generally do not have rust issues.
Ethanols ability to attract and absorb liquids prevents the natural lubricants in gasoline from doing their job, causing all non-alcohol resistant parts like rubber and plastic to dry out, crack and eventually fail. High oxygen levels in ethanol-blended fuels cause fuel to decay much faster, and if left to sit, that decay leaves deposits such as varnish and sludge. The sediments left by the decaying ethanol-blended fuel will clog fuel filters, fuel injectors, carburetors, and fuel lines. Making your engine hard to start, idle rough, stall, and in extreme circumstances, engine failure.
High oxygen levels in ethanol cause fuel to burn much faster than fuel without ethanol. This means more fuel is needed to produce the same amount of power. However, ethanol-blended fuels will generate more horsepower. However, they do so at a cost. That cost is seen at the pump with lower miles per gallon.
Ethanol increases the octane level in your fuel. Because of this, the base gasoline used to mix E10, E15, or E20 starts at a lower octane level. The ethanol then increases the octane level. As a result, ethanol-blended fuels will begin to decay in as little as two months due to ethanol evaporating faster than gasoline, leaving behind the much lower octane base stock.
This is a severe problem for boats, lawnmowers, and other power equipment that do not get used as frequently as your car. In addition, most small engines today are not built or designed for ethanol and have much smaller fuel system components. These smaller components are much more susceptible to ethanol damage at a much faster rate.
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1: Add WaterRemove cap and fill with water to the water fill line. |
2: Fill With GasolineCarefully fill with gasoline to the gasoline fill line. |
3: Shake WellReapply cap & shake the bottle until contents are fully blended (or suspended). About 10 seconds. |
4: Read the ResultsRest on a flat surface and let the contents settle out of suspension. Look for the separation between the two liquids and read the results. |